Jeddah Sky Hub Configuration Guide: 60 Drone-Hangar Smart Poles for KSA Airport Perimeter

Summary

A recommended configuration for 60 Sky Hub smart poles along the Jeddah King Abdulaziz International Airport (JED) perimeter — a high-security, high-throughput aviation environment requiring 24/7 drone surveillance integrated with conventional smart-streetlamp infrastructure. The deployment combines 12m galvanized monopoles with either DJI Dock 3 compatible drone hangars (charge mode) or robotic battery-swap modules (30-second turnaround for non-stop flight), supported by 4K PTZ cameras, 5G sub-6 GHz comms, RTK 1cm positioning, and Qi 1000W wireless charging.

Estimated project value $240K–$480K FOB Asia main port, depending on charge-mode vs swap-mode selection and module configuration.

Key Takeaways

12m smart pole platform with built-in drone hangar — fully-loaded 10-in-1 streetlamp first, drone dock as field-installable upgrade module
Charge OR battery-swap energy method — choose 25-50 min charging cycle, or 30-60 sec battery swap for 24/7 non-stop flight (mission-critical for airport perimeter)
DJI Matrice 4D / 4TD compatible out of the box; open API for Skydio X10, Autel Evo Max, custom OEM drones
RTK 1cm + 1ppm precision for autonomous takeoff/landing in 8-15 m/s wind tolerance
5G sub-6 + edge AI 8-275 TOPS for on-pole video analysis, anomaly detection, intruder classification
Compliant with CE · RoHS · SASO · IEC · FCC · IK10 · ISO 27001 — engineered for Saudi Vision 2030 smart infrastructure standards

Market Context for Jeddah

Jeddah King Abdulaziz International Airport is Saudi Arabia's second-largest aviation hub, serving over 41 million annual passengers and operating as the primary gateway for Hajj and Umrah pilgrimage traffic (3+ million pilgrims/year). Under Saudi Vision 2030, the airport is undergoing a phased capacity expansion targeting 80 million passengers/year by 2030, with smart-infrastructure investments led by the General Authority of Civil Aviation (GACA) and Public Investment Fund (PIF) subsidiaries.

Perimeter security is a strategic priority: GACA's 2025 master plan calls for AI-driven autonomous monitoring of the 25 km airport boundary, replacing static CCTV with drone-equipped smart poles capable of rapid-response surveillance, license-plate recognition, and integration with the Saudi Border Guard national security mesh. The Saudi market for drone-docking smart-streetlamp infrastructure is forecast to grow significantly under Vision 2030, with DJI Dock 3 already commercially deployed in KSA via authorized distributors such as Shamal Technologies (Riyadh).

Recommended Technical Configuration

Platform: 60 × 12m Sky Hub galvanized monopoles, spaced 300m along the perimeter fence (covering 18 km of the 25 km boundary), each carrying:

LED street-light head: 200W, 4000K, IP66, 50,000 hr life
Pole-mounted PTZ camera: 4K, 30× optical zoom, dual-light (visible + thermal), AI on-pole human/vehicle/animal detection
5G sub-6 GHz panel antenna: Quectel RM520N-GL module + Wilson edge AI server
Drone hangar: 1000×1000 mm weather-sealed clamshell roof, IP56 closed, -30°C to +50°C with heating
Energy method (per-unit selectable):
- Charge mode (40 units): Qi resonant 1000W or contact-pad auto-dock, 25-50 min full charge — for routine patrol drones
- Battery-swap mode (20 units): Robotic arm with 1-2 spare batteries, 30-60 sec turnaround — for mission-critical rapid-response (Hajj security, VIP arrivals)
RTK base station: 1 cm + 1 ppm precision, top-of-pole antenna
Compatible drones: DJI Matrice 4D / 4TD (primary), Mavic 3E (secondary patrol), Skydio X10 (obstacle-avoidance interior)
Edge AI compute: NVIDIA Jetson Orin NX Super (70+ TOPS) per pole — multi-drone path planning, anomaly detection
Power supply: Grid-tied with 200W solar backup (Saudi high-irradiance climate) + 200Ah LiFePO4 battery for 8-hour grid outage tolerance

Technical Specifications

| Parameter | Specification | |---|---| | Pole height | 12 m | | Pole material | Q345 hot-dip galvanized steel, 80μm coating + polyester powder | | Drone hangar size | 1000×1000 mm weather-sealed clamshell | | Roof open time | 45 sec | | Energy method | Charge (Qi 1000W / contact-pad) OR Battery-swap (1-2 spare) | | Full charge / swap time | 25-50 min (charge) / 30-60 sec (swap) | | Compatible drones | DJI Matrice 4D/4TD, Mavic 3E, Skydio X10, custom (open API) | | Drone MTOW | < 10 kg | | RTK accuracy | 1 cm + 1 ppm | | Wind tolerance | 12 m/s drone takeoff & landing | | Hangar IP rating | IP56 closed | | Comms | 5G sub-6 GHz (Quectel RM520N-GL) + 4G LTE backup | | Edge AI | NVIDIA Jetson Orin NX Super, 70+ TOPS | | Power | Grid AC 220V + 200W solar + 200Ah LiFePO4 backup | | Flight radius | 5 km | | Operating temp | -20°C to +50°C (Jeddah ambient -5°C to +48°C) | | Operations platform | DJI FlightHub 2 + SOLARTODO-CLOUD™ city dashboard | | Certifications | CE · RoHS · SASO · IEC 62133 · FCC · IK10 · ISO 27001 |

Implementation Approach

Phase 1 (Months 1-2): Engineering review, site survey, GACA permits, frequency clearance for 5G sub-6 + drone radio
Phase 2 (Months 3-4): Production at SOLARTODO Jiangsu factory — 60 units, ~6 weeks lead time
Phase 3 (Month 4): Sea freight Shanghai → Jeddah, LCL ~$20/CBM, transit 20-30 days
Phase 4 (Months 5-6): Foundation pouring (C25 reinforced concrete, 1.5m × 1.2m × 1.5m), pole installation (2-4 hr each with crane crew), commissioning + drone integration testing
Phase 5 (Month 6 ongoing): SOLARTODO engineering team on-site for 14-day commissioning, GACA acceptance test, 5-year warranty activation

Total project timeline: 6 months from contract signing to operational handover.

Expected Performance & ROI

Patrol coverage: 18 km perimeter monitored 24/7 by 60 autonomous drones launching from Sky Hub poles, vs traditional 8-hour-shift security patrol covering ~5 km/team
Response time: Anomaly detection → autonomous drone launch → on-target arrival within 45-90 seconds (vs 8-12 minutes for ground patrol vehicle)
Operational cost reduction: Replaces ~24 FTE security patrol staff (3 shifts × 8 stations) — estimated payroll savings of SAR 4.5M/year (~$1.2M USD/year)
Hajj/Umrah surge capability: Battery-swap mode enables continuous coverage during peak pilgrimage events (no charging downtime)
Estimated payback: 18-24 months for the 60-unit deployment, depending on charge-mode/swap-mode mix and operations integration

Comparison Table

| Approach | Coverage | Response | Annual OpEx | 5-yr TCO | |---|---|---|---|---| | Traditional CCTV + ground patrol | Static, blind spots | 8-12 min | $2.4M | $14M | | Standalone DJI Dock 3 + Matrice 4D (no smart-pole) | 24/7 aerial | 45-90 sec | $1.8M | $11M (includes site infrastructure separately) | | Sky Hub integrated (this configuration) | 24/7 aerial + smart-streetlamp | 45-90 sec | $1.4M | $8M (single integrated infrastructure) |

Pricing & Quotation

Indicative FOB Asia main port:

| Configuration | Unit price | 60-unit total | |---|---|---| | Sky Hub Base (12m pole + standard hangar + Qi 1000W charge) | $5,000 - $7,500 | $300K - $450K | | Sky Hub with DJI Dock 3 + Matrice 4D bundle | $20,000 - $22,000 | $1.2M - $1.32M | | Sky Hub with battery-swap module (1-2 spare) | $20,000 - $30,000 | $1.2M - $1.8M | | Recommended hybrid (40 charge + 20 swap) | Avg $8K - $13K/unit | $480K - $780K |

Estimated value range $240K - $480K reflects the pole + hangar hardware only (excluding optional Matrice 4D drones, customer-supplied via DJI Enterprise dealer or SOLARTODO bundled procurement). Additional costs: foundation $110-210/pole, on-site commissioning $280-560/pole, GACA certification fees, software setup $500-2000/pole, optional 5-year warranty extension.

Frequently Asked Questions

Is the hangar compatible with DJI Dock 3?

Yes — Sky Hub hangars are engineered for DJI Dock 3 mechanical envelope (760×760 / 1000×1000 / 1200×1200 mm), Matrice 4D/4TD compatible, with FlightHub 2 integration ready. Custom adaptations available for Skydio X10, Autel Evo Max, and open-API OEM drones.

What's the difference between charge mode and battery-swap mode?

Charge mode uses contact-pad auto-dock, Qi inductive, or resonant wireless charging (100-1000W). Drone returns to hangar, recharges 25-50 min, redeploys. Ideal for routine patrol with predictable cycles.

Battery-swap mode uses a robotic arm to physically replace the spent battery with a freshly charged one from a magazine (1-2 or 4-8 spares). Turnaround 30-60 sec. Enables effectively non-stop flight for mission-critical applications — Hajj security, VIP arrivals, oil-pipeline emergencies.

Does it meet SASO certification?

Yes — Sky Hub platform is engineered to SASO compliance. Specific certification numbers and PCoC documents available on RFQ from our engineering team.

What's the lead time?

Standard 6 months from contract signing (engineering 2 months + production 1.5 months + freight 1 month + installation 1.5 months). Hajj-season deployment requires earlier kickoff.

Can we mix charge-mode and battery-swap units?

Yes — Sky Hub units are individually configurable. The recommended hybrid (40 charge + 20 swap) optimizes capital cost vs operational uptime for typical airport perimeter deployments.

References

Saudi Vision 2030 Diriyah & PIF Giga-Projects: https://www.vision2030.gov.sa/en/explore/projects/diriyah
DJI Dock 3 Enterprise Documentation: https://enterprise.dji.com/dock-3
DJI Dock 3 in Saudi Arabia (Shamal Technologies): https://www.9tenthsco.com/post/dji-dock-3-a-game-changer-for-remote-drone-operations-in-saudi-arabia
KSA aviation infrastructure (GACA master plan)
IEC 61347 luminaire compliance, IEC 62133 battery safety, FCC RF compliance

Equipment Deployed

| Module | SKU | Qty | Notes | |---|---|---|---| | 12m galvanized smart pole | SH-MONO-12M | 60 | Q345, hot-dip galvanized + polyester powder | | Drone hangar 1000×1000 (charge mode) | SH-DRONE-DOCK-1000 | 40 | DJI Dock 3 compatible mechanical envelope | | Drone hangar with robotic battery-swap | SH-DRONE-SWAP-1-2 | 20 | 1-2 spare batteries, 30-60 sec turnaround | | 4K PTZ camera 30× zoom | SH-CAM-PTZ-4K | 60 | IP66, AI on-pole, thermal dual-light option | | 5G sub-6 panel antenna | SH-5G-SUB6 | 60 | Quectel RM520N-GL module | | Edge AI compute | SH-AI-ORIN-NX | 60 | NVIDIA Jetson Orin NX Super 70+ TOPS | | LED street-light 200W | SH-LED-200W | 60 | IP66, 4000K, 50,000 hr | | Solar panel 300W mono PERC | SH-SOL-300W | 60 | Backup power for grid outages | | LiFePO4 battery 48V 200Ah | SH-BATT-LFP-200 | 60 | 8-hr backup capacity | | Qi 1000W wireless charging (charge units) | QI-1000W | 40 | Resonant, contact-pad auto-dock | | RTK base station | SH-RTK-1CM | 60 | 1 cm + 1 ppm precision | | Optional: DJI Matrice 4D drone | (customer-supplied) | 60 | Available bundled via DJI Enterprise dealer |